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Embrace the Elements

의료용 원단 AAMI LEVEL1 ~ AAMI LEVEL4
Overview
브리즈텍스는 지난 몇 해 동안 보건의료산업에 이바지하고자 이에 걸맞은 섬유를 개발해 왔습니다. 이는 의료현장에서 더욱 안전하고 쾌적함을 더해주는 고기성능 의료용 섬유를 제공을 가능케 합니다.
Test by AAMI LEVEL :
  • AATCC 42-2007. Water Resistance: Impact Penetration Test.
  • AATCC 127-2008. Water Resistance: Hydrostatic Pressure Test.
  • ASTM F1671-13. Standard Test Method for Resistance of Materials Used in Protective
    Clothing to Penetration by Blood-Borne Pathogens Using Phi-X174 Bacteriophage
    Penetration as a Test System.

주요 특징 :

  • 01

    색채의 일관성

  • 02

    산업용 세탁 내구성

  • 03

    항취성

  • AAMI
    LEVEL

    1

    Minimal
    Protection

  • AAMI
    LEVEL

    2

    Low
    Protection

  • AAMI
    LEVEL

    3

    Moderate
    Protection

  • AAMI
    LEVEL

    4

    High
    Protection

AAMI LEVEL GUIDE

We're your source for AAMI compliant gowns. Choose the level you need.

ANSI / AAMI PB70
Barrier Performance
Test Method Test Definition Requirement
AAMI Level 1 Water Resistance:
Impact Penetration AATCC 42
AATCC 42
Measures the resistance of fabrics to the liquid penetration of water by impact.
Water Impact </= 4.5 g
AAMI Level 2 Water Resistance:
Impact Penetration AATCC 42
AATCC 42
Measures the resistance of fabrics to the liquid penetration of water by impact.
Spray impact </= 1.0 g
Hydrostatic Pressure >/=
20cm
Water Resistance:
Hydrostatic Pressure AATCC127
AATCC 127
Measures the resistance of fabrics to the liquid pentration of water by impact under constant and increasing hydrostatic pressure.
AAMI Level 3 Water Resistance:
Impact Penetration AATCC 42
AATCC 42
Measures the resistance of fabrics to the liquid penetration of water by impact.
Spray impact </= 1.0 g
Hydrostatic Pressure >/=
50cm
Water Resistance:
Hydrostatic Pressure AATCC127
AATCC 127
Measures the resistance of fabrics to the liquid pentration of water by impact under constant and increasing hydrostatic pressure.
AAMI Level 4 Viral Penetration
ASTM F1671
ASTM F1671
Measures the resistance of fabrics to bloodborne pathogens using viral penetration at 2psi and ambient pressure.
Total impervious